Real achievable clock rates and overclocking
The clock rates and overclocking are easy this time. While the GPU clock of the 160 watt card is at 2790 MHz when cold, it then levels off more or less permanently at 2760 MHz after fully warming up two boost steps lower. This can definitely be left alone. With manual OC and exhausting the TBP limit of 175 watts, it also goes above 2.9 GHz, but the card becomes a bit unstable at the end. With OC, 2935 MHz are also stable, but this does not have such a big impact on the performance.
GPU temperatures in the case
The differences aren’t as big as feared if you use a proper case. If you close the panel, the GPU temperature (Edge) increases by 2 Kelvin, the GDC hotspot increases by up to 4 Kelvin. Nevertheless, the maximum values of 62 °C (Edge) and 74 °C (Hotspot) are nothing to be afraid of. With OC, the values rise to an ample 63 °C and 75 °C (hotspot), which also still fits.
Infrared measurements (heat flow analysis)
Let’s start with the gaming loop and we see that the voltage converters stay cool. The five measly phases are thus completely sufficient and we remember the teardown.
In the stress test, the temperatures at the voltage regulators continue to rise, but what we just wrote applies here as well. The cooling is okay at this point, but it doesn’t have to be much more.
- 1 - Introduction, technical data and technology
- 2 - The GeForce RTX 4060 Ti FE in detail
- 3 - Test System in the igor'sLAB MIFCOM-PC
- 4 - Teardown: PCB, components and cooler
- 5 - Gaming performance FHD (1920 x 1080)
- 6 - Gaming performance WQHD (2560 x 1440)
- 7 - Gaming performance DLSS vs. DLSS3 vs. FSR
- 8 - Latencies and DLSS 3.0
- 9 - Details: Power consumption and load balancing
- 10 - Load peaks, capping and PSU recommendation
- 11 - Temperatures, clock rate and thermal imaging
- 12 - Fan curves, noise level and audio samples
- 13 - Summary and conclusion
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